Poster Numbers
Odd-numbered posters will be presented in the poster session taking place on Wednesday, December 4th from 5:00PM - 6:30PM ET.
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Odd-numbered posters will be presented in the poster session taking place on Wednesday, December 4th from 5:00PM - 6:30PM ET.
Even-numbered posters will be presented in the poster session taking place on Thursday, December 5th from 5:30PM - 6:30PM ET.
Please take note of your poster number. You may set up your poster the morning of your poster session, and take it down when your session ends.
Poster Number | Abstract Title | First Name | Last Name | Affiliation |
1 | Ultra-Low-Cost RNA Sensors Using in-House Cell-Free Preparations | Anibal | Arce | Pontificial Catholic University of Chile |
2 | Raq-Nasba: Rapid, Aptamer-Detected, Quantitative Nucleic Acid Sequence Based Amplification | Lauren | Aufdembrink | University of Minnesota |
3 | Statistical Optimisation of Escherichia coli cell-Free Protein Synthesis Reaction Composition and Genetic Template Topology | Alice M. | Banks | Newcastle University |
4 | Synthetic Minimal Cells: A Novel Paradigm in Drug Delivery | David | Benjamin | Synlife Inc |
5 | Optimization of Transcription Factor and Bacterial Promoter-Based Biosensors in Cell-Free Systems for Defense Applications | Kathryn | Beabout | UES, Inc. |
6 | Paper-Based, Cell-Free Detection of Heavy Metals for in-Field Water Quality Testing | Casey B. | Bernhards | CCDC Chemical Biological Center (Excet, Inc.) |
7 | Deployment of Sensors with Cell-Free Systems | Steven | Blum | CCDC Chemical Biological Center |
8 | Developments in Insulin Manufacturing Using Cell-Free Systems | Shayan | Borhani | University of Maryland Baltimore County |
9 | Combining Cell-Free Protein Synthesis with Coarse Grain Simulation to Discover Optimal Locations for Pegylation | Bradley C. | Bundy | Brigham Young University |
10 | Developing a Cell Free Expression System Derived from Human Primary Cells | David | Burgenson | UMBC |
11 | Towards High-Throughput Physiochemical Optimization of the Vibrio Natriegens Cell-Free Protein Synthesis Platform | Maria | Cabezas | Northwestern University |
12 | Development and Implementation of Metrology Standards for Mammalian Cell-Free Systems | Caoimhe | Canavan | Imperial College London |
13 | Riboswitch and Transcription Factor-Based Cell-Free Biosensors for Human Performance Biomarkers | Yaroslav | Chushak | Henry M. Jackson Foundation for the Advancement of Military Medicine |
14 | Development of an in Vitro Protein Production Platform from Tobacco Chloroplasts to Facilitate Plant Engineering | Lauren G. | Clark | Northwestern University |
15 | Elucidating the Extent of Endogenous Metabolic Activity in Vibrio Natriegens crude Extracts for Cell-Free Metabolic Engineering Applications | Jaime Lorenzo N. | Dinglasan | Oak Ridge National Laboratory, University of Tennessee |
16 | Simple Cell-Free Extract for Expression of Disulfide Bonded Proteins without Addition of Exogenous Polymerase and Chaperones | Jared | Dopp | Iowa State University |
17 | Antibody Reduction Mitigation during Harvest from Cell-Free Protein Synthesis | Allison | Dwyer | Sutro Biopharma,Inc |
18 | A Single Cell-Free Expression Platform for Diverse Applications | Evelyn | Eggenstein | Arbor Biosciences |
19 | Combining Wheat Germ Cell-Free Protein Synthesis with Solid-State NMR for Structural Studies of Viral Protein Auto-Assemblies | Marie-Laure | Fogeron | Institut de Biologie et Chimie des Protéines, MMSB, Labex Ecofect, UMR 5086 CNRS, Université de Lyon |
20 | Engineering Bacterial Cells Combing Bottom-Up㢠and Top-Down Approaches: E. coli Threonine Production Model | Michael | Fonstein | Argonne national lab |
21 | A Systems and Synthetic Biology Approach to Engineering Cell-Free Metabolism | David C. | Garcia | Oak Ridge National Laboratory, University of Tennessee |
22 | Development of an Extract Strain for Cell Free Manufacturing of Antibody Drug Conjugates | Dan | Groff | Sutro Biopharma, Inc. |
23 | Cell-Free Genetic Devices Confer Autonomic and Adaptive Properties to Hydrogels | Thomas P. | Howard | Newcastle University |
24 | Toward Treatment of Acute Lymphoblastic Leukemia with Bacterial Cell Lysates: Production and Activity Assessment of Crisantaspase Using Cell-Free Protein Synthesis | J Porter | Hunt | Brigham Young University |
25 | Cell-Free Biosensing of Human Hormone Disruptors in Blood and Urine | J Porter | Hunt | Brigham Young University |
26 | Quantification of Interlaboratory Cell-Free Protein Synthesis Variability | Matthew | Lux |
US Army CCDC Chemical Biological Center |
27 | Interfacing a Transcriptional Biosensing with Toehold-Mediated Strand Displacement for Programmable Molecular Diagnostics | Jaeyoung K. | Jung | Northwestern University |
28 | Modular Fluorescent Carbon Nanotube Sensors for Discovery and Optimization of Cell Free Expressed Peptides and Enzymes | Nathaniel | Kallmyer | Iowa State University |
29 | Synthesis of Proteins Containing Disulfide Bonds Using a Reconstituted Cell-Free Protein Synthesis System (PUREfrex) | Takashi | Kanamori | GeneFrontier Corporation |
30 | A Genetic Code with Reduced-Size Alphabet Allows Directed Evolution of a Highly Bioactive Lys-Deficient IFN for Site-Specific Di-Pegylation | Daisuke | Kiga | Waseda University |
31 | Cell-Free Gene Circuit Characterization Using High-Throughput Microfluidics | Nadanai | Laohakunakorn | University of Edinburgh |
32 | Solvent Tolerance of Freeze-Dried Cfps Reactions Enables Materials Applications | Marilyn F. S. | Lee | US Army CCDC CBC |
33 | An Improved Cell Lysate Based System for in Vitro Protein Synthesis | Paula | Magnelli | New England Biolabs |
34 | Spatially Controlled Cell-Free Protein Synthesis and Glycosylation on Chip | Zachary A. | Manzer | Cornell University |
35 | Ribosome-Ribosome Dual Display | George C. | Markou | University of Minnesota |
36 | Biomanufacturing in Cell-Free Systems | Niju | Narayanan | Los Alamos National Laboratory |
37 | Freeze-Dried Cell-Free Synthetic Biology for Diagnostics, Biomanufacturing, and Education | Peter Q. | Nguyen | Harvard University |
38 | Anchoring Proteins for Spore-Display of Enzymes Are Best Selected Using Surface Availability of the Anchoring Terminus As Opposed to Loading Density of the Anchor Protein | Trevor B. | Nicks | Tufts University |
39 | Troubleshooting Metabolism in a Thermophilic Cellulolytic Bacterium Using a Cell-Free System | Daniel | Olson | Dartmouth College |
40 | A Multiplexed, Electrochemical Interface for Cell-Free Synthetic Gene Networks | Peivand | Sadat Mousavi | University of Toronto |
41 | One-Pot Cloning Using Cell-Free Expression Systems | Judee | Sharon | University of Minnesota, Twin Cities |
42 | Expanding the Diversity of Reporters for Use in Multiplexed Cell-Free Protein Synthesis Systems for Paper-Based Sensing Platforms | Caitlin | Sharpes | Excet, Inc. |
43 | Model-guided design for ultrasensitive and multiplexable cell-free diagnostics | Adam | Silverman | Northwestern University |
44 | Synthesis and Assembly of Hepatitis B Virus-like Particles in A Pichia Pastoris Cell-Free System | Alex J. | Spice | Imperial College |
45 | High-Throughput Screening of Cell-Free Riboswitches By Droplet Sorting | Takeshi | Tabuchi | Okinawa Institute of Science and Technology Graduate University |
46 | In Vitro Compartmentalisation of Cell-Free Protein Synthesis Reaction for Protein Directed Evolution | Jaime | Teneb | University College London |
47 | Point-of-Use Detection of Environmental Fluoride Via a Cell-Free Riboswitch-Based Biosensor | Walter | Thavarajah | Northwestern University |
48 | Rapid, Low-Cost Detection of Classical Swine Fever Virus Using Cell-Free Paper-Based Biosensors | Aidan | Tinafar | University of Toronto |
49 | Plant-Dx: Point of Care Laboratory in a Tube | Matthew S. | Verosloff | Northwestern University |
50 | A Cell-Free Metabolic Engineering Platform for High-Throughput Pathway Prototyping - Reverse Beta-Oxidation in Vitro | Bastian | Vogeli | Northwestern University |
51 | An Enhanced Assay to Characterize Anti-CRISPR Proteins Using a Cell-Free Transcription-Translation System | Katharina G. | Wandera | HIRI |
52 | Optimization of a Cell-Free Protein Expression System for Improved Functionality of Natural Transcriptional Riboswitches | Monica | Wolfe | 711th Human Performance Wing, Air Force Research Laboratory, Ues, Inc. |
53 | Cell-Free System Suitable for Protein Expression at Low Temperature | Takashi | Yabuki | RIKEN, Taiyo Nippon Sanso Corporation |
54 | Fusion Protein Development for in Vitro Production of Isobutanol | Matthew | Wong | Rensselaer Polytechnic Institute |
55 | Expanding Chemical Interface of Artificial Cells By Synthetic Riboswitch | Yohei | Yokobayashi | Okinawa Institute of Science and Technology Graduate University |
56 | Cell-Free Protein Synthesis Scale-up and GMP Production of Protein Biotherapeutics for Clinical Trials | James | Zawada | Sutro Biopharma |
57 | Protein Screening Method in Cell-Free System Using Broadband Coherent Anti-Stokes Raman Spectroscopy | Ruolan | Zhang | Hitachi, Ltd. |
58 | Redesigned Upstream Processing Enables a 24-Hour Workflow Fromâ E. coliâ Cells to Cell-Free Protein Synthesis | Max | Levine | California Polytechnic State University SLO, Center for Applications in Biotechnology |
59 | Adapting Cell-Free Protein Synthesis into a “Genetic Code Kit” for Biochemical Education at Cal Poly, SLO | Nicole | Gregorio | California Polytechnic State University |
60 | Biogenic Metallic Nanoparticles. from Microbiological Biofactories to Nanometric Trojan Horses | David | Medina | Northeastern University |